Cybersecurity Services — Winnipeg
We build security controls that attackers hate.
Vulnerability management with proof of remediation, 24/7 XDR with human-led triage, and hands-on security engineering. Defensive work built by the same operators who spend the other half of their week attacking.
Methodology
Find. Rank. Patch. Prove.
A four-step lifecycle that produces something scanners alone can't: proof. Every defensive engagement runs the same cycle, regardless of scope.
01
Find the gaps
Continuous authenticated + unauthenticated scanning across on-prem, cloud, and SaaS. External and internal, credentialed where it matters.
02
Rank by risk
Exploitability, exposure, and business context, not CVSS alone. What's actually reachable from where an attacker starts.
03
Patch the systems
Concrete remediation guidance mapped to owners. We work with your team and don't just throw a PDF over the wall.
04
Prove it worked
Verified re-scan and evidence trail: the same artifact your cyber insurer and auditors will ask for.
Vulnerability Management
Discovery, prioritization, remediation.
Continuous coverage of on-prem, cloud, and SaaS assets, with the context to know which findings actually matter, and the follow-through to close them.
Discovery
Continuous authenticated and unauthenticated scanning across on-prem, cloud, and SaaS, tuned for false-positive suppression and coverage over noise.
Prioritization
Findings ranked by exploitability, exposure, and business context. What an attacker can actually reach from where they start, not raw CVSS.
Remediation
Owner-mapped guidance, patching support, and validated re-tests, so every fix produces the evidence auditors and insurers require.
Extended Detection & Response
24/7 XDR. Human-led triage.
Detection is only as good as the analyst on the other end. Every alert routed to a person who can distinguish a false positive from a foothold.
Security Engineering
Segmentation, hardening, tuning.
Hands-on engineering that closes the classes of vulnerability the pentest keeps finding, not just individual instances.
